Tungsten Carbide Straight Bore Nozzle – 3/32″ Bore, 3/4″ NPSM Thread, 1-5/8″ Length, Steel Jacket

Part Number: 1348-502
Category: Sandblasting & Abrasive Nozzles
Type: Tungsten Carbide Straight Bore Nozzle – 3/32″ Bore, 3/4″ NPSM Thread, 1-5/8″ Length, Steel Jacket

The 1348-502 Tungsten Carbide Straight Bore Nozzle is engineered for precise abrasive delivery in light-duty and detail blasting applications. With a 3/32″ bore, it offers slightly more flow than ultra-fine nozzles while maintaining excellent control—making it ideal for cabinet systems, small parts, and surface preparation where accuracy matters.

Its tungsten carbide liner provides exceptional resistance to wear, dramatically extending service life compared to ceramic or steel alternatives. The straight-bore profile ensures a consistent, predictable blast pattern, while the rugged steel jacket protects the nozzle from impact and shop abuse. Featuring 3/4″ NPSM threads, this nozzle installs easily on compatible blast guns and holders.

Product Specifications

• Model: 1348-502

• Material: Tungsten Carbide (Steel Jacket)

• Bore Size: 3/32″

• Thread: 3/4″ NPSM

• Profile: Straight Bore

• Overall Length: 1-5/8″

• Style: Precision Blast Nozzle

• Weight: 0.40 lbs

• Condition: New

Features & Benefits

• 3/32″ bore delivers controlled abrasive flow with improved coverage

• Straight-bore design for consistent, predictable blasting

• Tungsten carbide liner for long service life and reduced downtime

• Steel jacket adds durability and impact resistance

• Compact size fits cabinet and small gun setups

• Ideal for low-to-moderate air volume systems

Applications

• Precision abrasive blasting

• Cabinet and benchtop blast systems

• Etching and fine surface prep

• Small-part cleaning and restoration

• OEM replacement for compatible equipment

OEM Compatibility

Important Notes

• Verify bore size (3/32″) and thread type (3/4″ NPSM) before ordering

• Designed for straight-bore nozzle holders

• Service life varies by abrasive type, pressure, and duty cycle